JPH0216626Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a thread-through type swinging rod configured such that the thread passes through the thread insertion hole of the base rod portion and the inside of a plurality of swinging rod portions.

Conventionally, this kind of threaded fishing rod had a line insertion hole drilled in the main rod part to which the reel was attached in front of the reel, and a plurality of swinging rod parts were housed in the main rod part. However, since the swinging rod part is stored even to the rear of the thread insertion hole, the midway part of the thread is held between the rear end of the swinging rod part and the inner peripheral surface of the main rod each time it is stored. The threads were sometimes damaged or even cut. In addition, when the thread is swung out from the insertion hole in the main rod portion and inserted into the tip of the rod, the insertion work is extremely difficult because the position of the tip is unstable.

In view of the above-mentioned drawbacks, the present invention aims to provide a thread-through type swing-out rod that has a simple structure, prevents damage to the thread, and facilitates the work of inserting the thread. be.

An embodiment of the present invention will be described below with reference to the drawings.

In Fig. 1, the swinging rod body is the main rod section 1.
and a swinging rod part 2, and a side wall 1 of the original rod part 1.
A thread insertion hole 1b through which the thread 3 is inserted is bored in a. Further, a reel 4 is attached to this main rod portion 1, and a line 3 is wound thereon. Furthermore, as is well known, the tip (upper part in the figure) of the base rod portion 1 has a tapered shape with a small diameter, and when stored, a plurality of swinging rod portions 2 are stored on this tip side, and the rear end 2a is in contact with the stopper 5. It comes into contact with the contact surface 5a. This stopper 5 is made of a rubber material, for example, and the second
As shown in the figure, from the approximate center of the contact surface 5a to the outer peripheral surface 5
A slot-shaped guide groove 5d having a tapered portion 5c extending to the base rod portion 1 is formed.
It is provided inside the main rod part 1 so as to correspond to the thread insertion hole 1b.

The contact surface 5a side of this guide groove 5d is preferably set to a depth that corresponds to the opening on the rear end side of the tip in the center of the swinging rod part 2, and the guide groove 5d
It is preferable that the width of the rod be approximately equal to the inner diameter of the tip of the swinging rod portion 2, as shown in FIG. Here, when installing the stopper 5 inside the base rod part 1,
Press the recess 5e of the stopper 5 from the rear end of the main rod part 1 with a bar or the like and move it to the thread insertion hole 1b,
The position of the guide groove 5d may be visually confirmed through the guide thread insertion hole 1b. Stopper 5 and Motopole part 1
The fixing means may be simply press-fitting, but other well-known means may also be used.

When inserting the thread 3 into the swinging rod constructed as described above, the thread 3 is first pushed in from the tip of the tip of the swinging rod section 2, and the thread 3 passes through the inside of the tip and is inserted into the stopper 5. It reaches the guide groove 5d. At this time, since the depth of the guide groove 5d corresponds to the opening on the rear end side of the ear tip and is approximately equal to the inner diameter of the ear tip, the guide thread 3 led out from the ear tip is placed in the guide groove 5d. The thread is guided along the tapered part 5c to the thread insertion hole 1b of the main rod part 1, and the thread is guided through the thread insertion hole 1b of the main rod part 1
The insertion work is completed by guiding it outward from the hole. This insertion method is particularly effective for thin spatula rods. In addition, when inserting the guide thread 3 through the guide thread insertion hole 1b, the route is opposite to the above, and the guide groove 5d
Since the depth and width of the contact surface 5a of the guide groove 5d corresponds to the tip, the guide groove 5d is smoothly guided into the tip.

FIG. 3 shows another embodiment of the stopper 5,
A mortar part 5f is formed in connection with the guide groove 5d on the contact surface 5a side, so that when the guide thread 3 is inserted from the swinging rod part 2 side, the guide thread 3 hits the contact surface 5a of the stopper 5. Even if it hits, it is easily guided to the guide groove 5d by the mortar-shaped part.

The tapered portion 5c may have a straight shape or may have a slightly curved arm. In addition, in the above example, both the base rod part 1 and the swinging rod part 2 are swinging type, but
The swinging rod section 2 may be inserted through the opening at the tip of the main rod section 1, and in this example as well, the rear end 2a of the swinging rod section 2 is configured to abut against the contact surface of the stopper 5.

According to the present invention configured as described above, the rear ends of the plurality of swinging rods stored in the base rod come into contact with the stopper whose guide groove is positioned corresponding to the thread insertion hole of the base rod. , Since the swinging rod part is prevented from being stored in the rear end direction from the thread insertion hole,
Damage to the guide thread caused by the guide thread being held between the source rod section and the swing-out rod section is prevented.

Furthermore, a guide groove is formed in the stopper, which has a tapered part from the approximate center of the contact surface where the tip of the central tip of the swinging rod corresponds to the outer peripheral surface, and whose width on the contact surface side is approximately equal to the diameter of the tip. In addition, since the position of the guide groove corresponds to the thread insertion hole, this guide groove serves as a conductive path between the swinging rod part and the thread insertion hole, and the thread insertion work can be done from the tip of the ear. Alternatively, it can be easily carried out from any direction from the thread insertion hole.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention; Fig. 1 is a cross-sectional side view of the main part of the swinging rod, Fig. 2 is a perspective view of the stopper, and Fig. 3 is a sectional view showing another embodiment of the stopper. be. DESCRIPTION OF SYMBOLS 1... Main rod part, 1a... Side wall, 1b... Guide thread insertion hole, 2... Swinging rod part, 2a... Rear end, 3...
...Road line, 5...Stopper, 5a...Contact surface, 5
b...Outer peripheral surface, 5c...Tapered portion, 5d...Guide groove.

Claims (1)

[Scope of utility model registration request] Along with drilling a thread insertion hole in the side wall of the main rod,
A stopper for abutting the rear ends of a plurality of swinging rod parts is installed inside this base rod part, and this stopper extends from approximately the center of the abutting surface located corresponding to the tip of the central tip of the swinging rod part to the outer circumferential surface. A slotted guide groove having a tapered portion and having a width on the contact surface side approximately equal to the diameter of the tip, and the guide groove is located at a position corresponding to the thread insertion hole. Ceremony swinging rod.